Market context

Tracked robotic combat vehicle designed to support mechanized units with direct-fire payloads and engineering/recovery roles.

Target environment: Industrial sites, farms, construction areas, defense field settings and outdoor routes needing unmanned ground mobility.
Workflow context: Autonomous mobility, field sensing, payload support, remote operation and task execution on the ground.
Customer context: Industrial, construction, agricultural, defense and field-robotics operators.
Deployment model: Prototype or development-stage product with public positioning and limited deployment proof.
Commercial maturity: Publicly visible but still early, with maturity tied to demos, pilots and later customer evidence.
Adoption constraints: Adoption depends on terrain, payload, autonomy, communications, safety, maintenance and customer workflow fit.
Market position: VECTOR RCV sits in the ground robotics lane, where mobility and mission fit define usefulness.
Adjacent products: THeMIS, X1 Kit, TerraClear Rock Picker, Milrem VECTOR

Audience

Defense

Autonomous mobility, field sensing, payload support, remote operation and task execution on the ground.

Industrial sites, farms, construction areas, defense field settings and outdoor routes needing unmanned ground mobility.

Dimensions: 6.5 x 2.9 x 2.5 m
Weight Without Payload T: 14.5 t
Maximum Payload T: 3 t
Maximum Speed On Road Kmh: 80 km/h
Maximum Speed Off Road Kmh: 50 km/h
Propulsion: hybrid electric drive
Transmission: cross-drive
Maximum Grade: 60%
Ground Clearance M: 0.5 m
Fording Depth M: 1 m
Turning Radius M: 0 m
Artillery Protection: STANAG 4569 L3 dependent on payload
Supported Armament: 25 mm to 30 mm weapons, multi-canister launcher, other payloads within 3-ton limit
Locomotion: Tracked RCV
Task Scope: Combat support, payload integration